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Comment Re:WInning? Economic growth is killing the ecosyst (Score 1) 224

I agree with you, becoming more like the United States in every way would not make Europe better. There are many things I would not want to imitate, like strip malls, Applebee's, and completely privatized healthcare.

That said there are many things we could learn from the United States, especially around stimulating growth and innovation. Sweden since the 1990s is a great example how you can liberalize your markets, loosen regulations, spur innovation, and reduce tax burden all without completely blowing up your welfare state. Other countries could learn from how to make their economies more competitive without losing all the social benefits they hold dear.

Comment Re:Nanoparticles? You mean like microplastics? (Score 2) 20

Not all RBC-size particles are created the same. RBCs, for example, biodegrade in a few hours. Plastics don't biodegrade for hundreds of years.

The material here is SrAl2O4:Eu2+,Dy3+ (SA) coated with H3PO4 to prevent hydrolysis and biodegradation. So it's a metal compound, not a plastic. The core compound is well-studied and biologically inert, and the phosphorus is very common in cells. The core compound is inert, sort of like a fine dust.

By contrast, the concern with microplastics is that they can mimic various endocrine compounds (since plastics are organic) and cause endocrine disruption over the long term.

Both types of particles might cause low-level inflammation if they build up, because they're hard to naturally clear, but the metal compound will not interact with the body, whereas microplastics can interact with the body in various unpredictable ways.

Obviously we won't know any health effects until these are much better studied, but we also can't lump all micrometer-sized particles together - these clearly behave differently than microplastics.

Comment Re:Enshittification continues (Score 1) 53

so an AI assistant is DEFINITELY what everyone wants in a fucking tv.

What everyone wants is a user interface that just does what the user wants, without forcing the user to figure out which remote-button or unrecognizably-abstract onscreen icon to push to make it happen.

If Samsung's AI can implement that, e.g. by listening to free-form English commands and reliably acting on them in a useful manner (a big if, but not inconceivable), it will be popular.

Comment Re:Seems more complex than necessary (Score 1) 54

In many countries/areas GPS doesn't know the speed limit of all roads (Ford starting reading signs thing a few years back) it also accounts for temporary changes such as road works to be able to read the signs. A true FSD needs to able to account for items not in GPS that means all kinds of signs posted for whatever reason

Comment Re:hahaha no. (Score 1) 54

Why expend that budget when there is another company out there very close to FSD likely to get it done (already demonstrating it in use) with far cheaper hardware in the car that doesn't make the car look ridiculous or damage phone(or other) cameras and is willing to licence it to you

Submission + - Engineers Send Quantum Signals With Standard Internet Protocol (phys.org)

An anonymous reader writes: In a first-of-its-kind experiment, engineers at the University of Pennsylvania brought quantum networking out of the lab and onto commercial fiber-optic cables using the same Internet Protocol (IP) that powers today's web. Reported in Science, the work shows that fragile quantum signals can run on the same infrastructure that carries everyday online traffic. The team tested their approach on Verizon's campus fiber-optic network. The Penn team's tiny "Q-chip" coordinates quantum and classical data and, crucially, speaks the same language as the modern web. That approach could pave the way for a future "quantum internet," which scientists believe may one day be as transformative as the dawn of the online era.

Quantum signals rely on pairs of "entangled" particles, so closely linked that changing one instantly affects the other. Harnessing that property could allow quantum computers to link up and pool their processing power, enabling advances like faster, more energy-efficient AI or designing new drugs and materials beyond the reach of today's supercomputers. Penn's work shows, for the first time on live commercial fiber, that a chip can not only send quantum signals but also automatically correct for noise, bundle quantum and classical data into standard internet-style packets, and route them using the same addressing system and management tools that connect everyday devices online.

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